Liquid dispensing apparatus



F. MAYO I 2,198,879

LIQUID DISPENS ING APPARATUS April 30, 1940.

Original Filed June 22, 1934 7 Sheets-Sheet 1 i I I Farfla Vfiiayo, 4@

attorneys April 30, '1 940. F. v. MAYQ 2,198,879

LIQUID DISPENS ING APPARATUS Original Filed June 22, 1934 7 Sheets-Sheet 2 Imventor WWW MWW (Iltomeg April 30, 1940. I F. v. MAYO 2,198,879 v LIQUID DISPENSING APPARATUS 7 Original Filed June 22,' 1934 .7 Sheets-Sheet s Fig 2).

Zmventor attorneys Aprifi 39, 1940. F. v. MAYO LIQUID DISPENSING APPARATUS Original Filed June 22, 1934 7 Sheets-Sheet 4 3nnentor fin? 4& YU /g0 (Ittornegs April 30, 1940. F. v. MAYO 2,198,879

LIQUID DISPENSING APPARATUS Original Filed June 22, 1934 7 Sheets-Sheet '5 April 30, 1940. F. v. MAYO 1 8,87

LIQUID DISPENSING APPARATUS 1 Original Filed June 22, 1934' 7 Sheets-Sheet a 3nventor April 30, 1940.

F. v. MAYO 2,198,879

' LIQUID DISPENSING APPARATUS Original Filed. June 22, 1934 '7 Sheets-Sheet 7 &

7g 3nnentor I ..6 hmzh 104 5 Gitqmega ZZ'LZIZZZIZZZZZIIIZ L A 18/ I Patented Apr. 30, 1940 PATENT OFFICE LIQUID DISPENSING APPARATUS I Frank V. Mayo, Stockton, Calif., assignor to The Wayne Pump Company, Fort Wayne, Ind., a corporation of Maryland Original application June 22, 1934, Serial No.

Divided and this application May 18,

1938, Serial No. 208,526

16 Claims.

Thepresent invention relates to fluid dispensing apparatuses and more particularly to mechanism including counter and indicating means and an adjustable speed variator mechanism associated therewith. I

This application is a division of application Serial No. 731,987, filed June 22, 1934.

At the present time certain fluid dispensers are constructed to include counter means showing the number of units of fluid dispensed thereby, together with suitable indicator means for showing the total cost of the fluid so dispensed. The

, purchaser of fluid, however, is unable to dewhich cannot be reset or tampered with without exposing such change to the purchaser.

Another object of the present invention is to provide a novel fluid dispenser having a counter showing the quantity of fluid dispensed thereby, an indicator for visibly showing the price per unit of this fluid, and a counter for showing the total cost of the fluid dispensed at the unit price as indicated.

The present invention also includes as an object the idea of providing a fluid dispenser with a unit price indicator adapted to show the cost per unit in cents and also fractional values thereof. The invention also comprehends the idea of providing such a unit price indicator in a liquid dispenser, in combination with a counter for showing the quantity of fluid dispensed thereby and a counter showing the total cost to the purchaser of the amount of fluid dispensed at the unit price.

Still another object of the present invention is to provide a liquid dispenser including a novel indicator means comprising a unit price indicator having indicia of difierent characteristics, in combination with a total cost counter and separate speed variating means which may be set in accordance with each of the indicia of difl'erent characteristics of the unit price indicator and which in turn operates a total cost counter in accordance with the setting of the unit price indicator.

Still another object of the present invention is to provide novel driving means between a plurality of speed variator means and the total price counter whereby the total price counter is operated as a result of the accumulative 0perative movements of each of the variator means.

Still a further object of the present invention is to provide a novel liquid dispenser including a plurality of counter means and indicator means, and speed variating means so associated with said means that one of the counter means is operated in accordance with the setting of said indicator means. Further the invention includes the idea of rendering the speed variator means inoperative before it is possible to reset counter and indicator means of said dispenser. In the specific embodiment selected to illustrate the invention, such means is associated with a closure member of the casing for the dispenser which is operated upon opening of the closure memher for access to the resetting mechanism and for rendering the speed variating means inoperative.

The invention still further includes the idea of providing a device having counter and indicator means provided with suitable means for rendering speed variating means associated therewith inoperative during the setting or resetting of said indicator means.

The present invention also includes within the purview of the same a device provided with counter and indicator means which has means provided with indicia of difierent characteristics each of which means controls a separate speed variator, and wherein said counter means is operated in accordance with the accumulative operative movements of the speed variators.

Other objects, features, capabilities and advantages are comprehended by the invention as will later appear and as are inherently possessed thereby.

Referring to the drawings:

Figure 1 is a' view in elevation of a fluid dispensing apparatus made in accordance with the present invention, having parts shown in crosssection to disclose various elements thereof more in detail;

Figure 2 is a fragmentary view in vertical crosssection taken through the fluid dispenser of Figure 1 of the drawings and showing the counter mechanism therefor more in detail;

Figure 3 is a fragmentary horizontal cross-sectional view through the dispenser of Figure 1 of the drawings and showing the counter mechanism more in detail;

Figure 4 is a fragmentaryjvertical cross-sectional view of the combined indicator and counter mechanism shown in Figure 3 of the drawings;

Figure 5 isa view in cross-section taken in g the plane represented by line 5-5 of Figure 3 of the drawings;

Figure 6 is a cross-sectional view taken in the plane represented by line 6-6 of Figure 5 of the drawings;-

Figure 7 is a fragmentary view in cross-section of the total cost counter mechanism;

Figure 8 is a sectional view taken in theplane represented by line 8-8 of Figures '7 and 1'? of the drawings;

Figure 9 is a sectional view taken in the plane represented by line 99 of Figures 7 and 17 of the drawings; u

Figure 10 is a sectional view taken in the plane represented by line Ill-l0 of Figures 7 and 17 of the drawings;

Figure 11 is a fragmentary view in vertical cross-section of the unit price indicator of the dispenser mechanism;

Figure 12 is a sectional view taken in the plane representedby line I 2l 2 of Figures 11 and 8 of the drawings;

Figure 13 is' a sectional view taken in the plane represented by-line l3-i3 of Figures 11 and 18 of the drawings;

Figure 14 is a fragmentary horizontal crosssectional view through the dispenser of Figure 1 sectionof the duplicate total cost counter mechof the drawings, disclosing the reset mechanism for indicator BE and counter H2;

Figure- 15 is a fragmentary vertical cross-secof the drawings, disclosing the duplicate unit' 'price indicator and total cost counter;

Figure 17 is a fragmentary view in crossanism; and

Figure 18 is a fragmentary view in vertical cross-section of the duplicate unit price indicator of the dispenser mechanism.

Referring now more in detail to the drawings,

an embodiment selected to illustrate the present invention is shown in connection with a liquid dispenser having a casing 2 supported upon a pedestal 4, within which casing is disposed a motor 6 adapted to operate a pump 8 through a belt. I0, which pump communicates through an intake l2 having its lower end disposed within a container or receptacle M for holding a supply of liquid to be dispensed through the dispenser. The pump 8 is controlled through the motor 6, which may be operated by means of a suitable switch controlled or operated by a switch operating member l6 adjacent the hose hook or support. The outlet side of the "pump 8 is connected to the pipe l8which is connected. to the inlet side of a meter 20 which may be of the piston displacement type any "suitable type accurately measuring the amounts of liquid supplied thereto and passing therethrougbl, the measured liquid flowing through the pipe 22 to the sight gauge 24 and being dispensed through x the hose 26 and the hand-operated nozzle 28.

The nozzle as shown in Figure 1 of the drawings is supported on the hook preventing operation of the switch operating member IS, in which position the motor 6 is inoperative. In order to operate the motor, it is necessary to move the nozzle 28 from the hook and to raise the operating member l8, and it is necessary formeasuring operation of the meter that the valve in nozzle 28 be operated to permit the flow of liquid therethrough.

The meter 28 operates a shaft 30, which shaft, as disclosed in Figure 2 of the drawings, has its upper end journaled within a housing 32 en; closing suitable gearing, generally referred to In addition to the counter means for disclosing the amount of liquid dispensed by the V apparatus, the" present invention includes the idea of providing novel indicating mechanism for disclosing through windows 52 in the casing 2 the price per unit of the liquid dispensed, andto also disclose through windows 54in casing 2 the total cost of the amount of fluid dispensed as indicated by the quantity counter computed at the unit price as shown through windows 52.

Such means in the present embodiment is operated through a shaft 56 suitably journaled in p the housing 32 and having a gear 58 meshing with one of the gears of the gear mechanism 34. The shaft 56 rotates one full rotation for each unit of liquid dispensed, as for example, one gallon, and is provided at its upper end with a bevel gear 60 meshingin 1 to 1 ratio with a beveled gear 62. The beveled gear 82 is mounted upon a shaft 84 upon which a spur gear 66 is mounted so that spur gear 86 operates in a 1 to 1 ratio with beveled gears 62 and 80. This spur gear 86 meshes in 1 to 1 ratio with a pinion 88 which is mounted upon shaft 10 having its ends mounted for rotation in frame 12 of the combined indicator and counter mechanism- The shaft 58 is also provided adjacent its upper end with a worm gear I4 meshing in 1 to 50 ratio with a worm gear 16 mounted upon a shaftl8 havingits ends suitably joumaled in the frame 12 in opposite relation to the shaft 10. Mounted upon the shaft 10 is a gear cone88 which consists of thirty gears each advancing in circumference by the pitch of two teeth, the smallest gear having ten teeth and the largest gear having sixty-eight teeth. This gear coneis operativelyassociated through mechanism to be hereinafter more fully described, with a dime drum 82 and cent drum 84 of'the unit price or rate indicator, generally referred to as 86. Mounted upon shaft 18 is a gear cone 88 which consists of nine gears 86 through window 52, is 331% 2. The counter means 33 shows that not quite three units have been dispensed, and the total cost counter shows that the total cost of the quantity of fluid at the unit price is 99. The indicator 86 and the mechanism associated therewith and shown in Figures 2, 3, 4 and 7 to 13 inclusive of the drawings, have of the combined indicator and counter mechanism is made in view of this particular setting.

The rotation of shaft 56 is transferred to the pinion 68 in a 1 to 1 ratio, and this movement is transferred through shaft III to the gear cone 80. The gears of this cone are adapted to mesh with gear train 92 having a gear 94 meshing with an idler gear 96, which in turn meshes with a gear 98, rotation of gear 94 being transferred through gear 96 to gear 98 in a 1 to 1 ratio. The gear train 92 is slidably mounted upon a non-circular shaft I00 passing through the hubof gear 98. As shown in Figure 3 of the drawings, gear 94 is in mesh with the next to the largest gear, which has sixty-six teeth. Gear tial I03 having a housing I04, this gear I02 rotat.

ing 3.3 revolutions per unit of fluid discharged by the device and meshing with idler gears I05 and I0! mounted on shafts I09 and I I I, respectively, which are fixed to housing I04. Reduced by the planetary action of this planetary differential to one-half this number of revolutions the rotation of gear I02 is transmitted-to the spur gear I06 mounted on the differential housing I04 so that this spur gear' I06 rotates 1.65 turns per unit of discharged liquid. This spur gear I06 is in meshing relation in a 2 to 1 ratio with a gear.I98 mounted on the shaft IIO of the total cost counter, generally referred to as II2. It will therefore be seen that shaft IIII of this counter means rotates 3.3 turns per unit of liquid dispensed by the apparatus. It will therefore be quite apparent that 3.3 revolutions of shaft IIO are in accordance with the 33 indicated on the unit price indicator 86.

It will be noted, however, that the unit price is not 33 but 33 Additional movement to shaft H0 is therefore necessary, and such movement is effected through the speed variator which includes the gear cone 88. Inasmuch as the smallest gear of this gear cone 88 has ten teeth and the largest has ninetyteeth, and shaft I8 rotates in a 1 to 50 ratio with rotation of shaft 56, it will be seen that each one of these gears represents 1 6 additional movement to the shaft H0. Inasmuch as the unitprice is 331 695, a train of gears 4 corresponding to the train of gears 92 is in operable association with the next to the largest gear of gear con e 88, this gear having eighty teeth so that movement of gear II6 of this gear train is in a ratio of 4 to 1 with the next to the largest gear, and inasmuch as the gear cone 88 is advancing revolution for each unit dispensed by the apparatus, gear II6 rotates i revolution for each revolution of gear 80. Gear H6 is mounted upon a non-circular shaft I I8 in a similar manner to gear 98, this shaft I I8 being suitably journaled adjacent its ends in the frame I2 of the combined indicator and counter mechanism. This shaft II8 extends within the differential housing I04 and has mounted upon its end a beveled gear I20, movement of this beveled gear I20 being transmitted through the idler difierential gears I05 and I0'I to the housing I04 to increase the speed of this housing revolution. .The speed of the gear I06 is therefore equal to the speed of 1.65 revolutions caused by the rotation of beveled gear I02 plus the speed of $5 revolution caused by the rotation of bevel gear I20 which would equal 1.69 revolutions per unit of liquid dispensed by the apparatus. Inasmuch as the speed of rotation of housing I04 is transmitted in 2 to 1 ratio through the smaller pinion I08, rotation of the shaft H0 is equal to 3.38 revolutions for each unit of fluid dispensed. This movement of the shaft is therefore in accordance with the 33 setting of the unit price indicator 86.

The total price counter II2 comprises three drums I30, I32 and I34 representing dollar,

dime and cent values, respectively, each of these drums having suitable indicia on the periphery thereof which are exposed through the opening 54 in the casing, these drums being rotatably mounted on a continuous bushing or hollow shaft I36. Each of these drums is therefore free to rotate independently of shaft 0 and the bushing I36 in a clockwise direction, it being provided that one revolution of the cent drum I34 will advance the dime drum I32 revolution and likewise under continuous clockwise motion as liquid is being dispensed one revolution of the dime drum will advance the dollar drum I30 revolution. The cent drum I34 is rotated in accordance with the shaft IIO through a ratchet wheel I38 mounted thereon and a pawl I40 connected to the side of the cent drum and pressed into engagement with ratchet wheel I I38 by spring I4I.

At theside of each drum is provided a depressed portion having means for advancing the drums as indicated. The cent drum has a depression or notch I42 adapted to engage a pawl I44 non-rotatably mounted upon the shaft I46 of an oscillatable frame I48 which is mounted upon, shaft H0. The notch I42 is so located that when the drums I30, I32 and I34 have been set at zero for the beginning of each transaction, the clockwise rotation of the drum I34 through 'krevolution will be permitted before pawl I44 Any further rotation per-' equal distances about the periphery thereof.

The position of the notch I56 is such that it is not engaged by the pawl I50 until the drum has completed revolution. It will therefore be seen that when the cent drum I34 has advanced revolution and the pawl I44 has engaged with notch I42, it will permit the next pawl I50 to drop into and engage the first notch I54 on the dime drum but will not permit the pawl I52 of the dollar drum I30 to lower sufiiciently to engage therein. In accordance with the construction of these drums and their associated pawls, it will be seen that for 6 revolution, the cent and dime drums will travel together due to rotation of shaft IIO until the oscillatable frame I48 is moved into a position so that the trip arm I60 of pawl I44 engages with roller I62 to trip the pawls to free them from their respective notches so that the dime drum I32 ceases to advance beyond the 3% revolution after the cent drum has made a complete revolution. The cent drum, upon further operation of the device, will advance an- "into notch I82 and pawl l58 to drop into the next notch I58 for moving the dime drum an additional revolution. This operation continues during the dispensing of fluid from the device and it will be seen that the oscillatable frame 948 for tripping of the pawls is moved into its original position through a coil spring When the cent drum has been caused to rotate nine full revolutions and the dime drum has been rotated thereby 1% of a complete revolution, thus registering 99, further rotation causes the cent pawl M8 and the dime pawl I58 to drop into and engage their respective notches i 52 and I58 to the full depth, thus permitting the pawl I52 to engage the first notch on its drum, at which time further movement of the cent drum causes all three drums to be advanced the necessary 1% revolution to register $1.08. The trip arm I88 at this time will engage the roller 582 to release the pawls to prevent further rotation of the dime and dollar drums E82 and E38 and to permit a continued advance of the cent drum I88.

As shown in Figures 8, 9 and 10, the pawls I88, I58 and I52 are spring-pressed into engagement with the periphery of their respective drums by means of the leaf springs 888. Disposed immediately below each of the drums I38, 832 and I34 is'a pawl I18 spring-pressed into engagement therewith by means of a leaf spring I12 to prevent the drums from spinning during operamounted on the frame member I88.

As previously described, the unit or prevailing.

price indicator 88 comprises drums 82, 88 and 98. Drums 82 and 88 are provided with suitable indicia to represent dimes and cents, respectively, while drum 88 has suitable indicia on the periphery thereof to represent fractions of a cent. The unit price indicator 88 is provided with suitable means whereby the drums 88, 88 and 88 may be reset to any desired position to represent, the unit price of the liquid dispensed. This indicator comprises the shaft 918 having the knob M8 mounted thereon-at one end, this shaft being suitably mounted in frame li of the indicator mechanism. The cent drum 88 is directly mounted upon this shaft I18, while the dimedrum '82 is mounted upon a bushing or hollow shaft I18. .Uponthe shaft. I'M is mounted a mutilated gear I88having, but two teeth so disposed as to engage corresponding teeth on a drivengear IBI having ten stops mounted upon shaft I88 secured to frame 12. The two gears are always operative because the periphery of the mutilated gear I88 is the pitch line of gear I88, and when the teeth of the two gearsare not in mesh, this mutilated gear rotatesin a circular segment of suflicient arc to cause no motion of shaft I8 3 except for the A revolution required to.

advance lor reverse, as the case may be) the spur gear I82 mounted upon the shaft I 84 adjacent gear I8. this spur gear I82 being in mesh with agar .88 mounted upon the hollow, shaft'or bushing m. It will-therefore be seen that the dime drum 82, as well as the cent drumfid, will be areas-re whereby the fractions 98 may be set independently of the cent and dime drums.

Each of the train of gears 92 and H8 of the speed variating means is moved into association with a suitable gear of the gear cones 88 and 88,

respectively, so that the total cost counter II2 will correctly give the cost of the quantity of fluid designated by the quantity counter 38 at the unit price as shown on the unit price indicator 88. The trains of gears 92 and H8 are moved into association with a selected gear through the operation of knobs H98 and H8, respectively. Movement of the shaft I18 is transmitted to a gear i92 fixed thereto and which meshes with a pinion I98 mounted on a spiral shaft I98. Secured to the hub of gear 98 is an arm I98 formed with a hub 288 threadedly mounted on this shaft so that this hub 288 is moved along the shaft upon rotation thereof through gears I98 and I92, shaft Il and knob I88. The gearing between the dime and cent drums 82 and 88 and the spiral shaft I88 and the pitch of the threads onthe shaft is such as to move the hub 288 longitudinally of the shaft I88 exactly equal in amount so that gear 98 will mesh with the proper gear on gear cone 88 to operate the total cost counter H2 in accordance with quantity counter 83 at the unit price as indicated by the indicia readable on the dime and cent drums.

Rotation of the knob E98 is transmitted through a gear 2M mounted on the hollow shaft or bushing I88, which gear is in mesh with a pinion 282 mounted on a spiral shaft 284 corresponding to the spiral shaft I96. The gear train i it is provided with an arm 288 having a hub 288 threadedly mounted on the shaft 284 for longitudinal movement in respect thereto. The gearingbetween the fractions drum 98 and spiral shaft 288 and the pitch of the threads on the shaft 288 is such that the gearing IN will be in operative association with the proper gear of the gear cone 88 to give additional readings to the total cost counter in accordance with the unit price as indicated by the indicia readable on the fraction drum 98. I

The present invention also includes suitable means whereby the trains of gears 92 and I I4 are disengaged from the selected gears of the gear cones 88 and. 88, respectively, during the setting of the indicator 88 by way of the knobs I16 and 598. Such means in the present embodiment comprises carriages 2I8 and 2I2 oppositely .dis-' posedtin relation to the gear trains 92 and I, respectively, which are mounted upon the frame I2 by brackets such as 2 and guided at the top thereof by brackets, such as 2H5. Each of the brackets has a pin2i8 extending through a slot 228 at the top and bottom of the carriages permitting a horizontal sliding movement of approximately to the left for the carriage 2I8 and about to; the right for carriage 2I2. Between the carriages 2I 8 and 2I2is a lever arm 222 pivoted at 28Lto the counter frame 72. This lever arm at its lower end is pivoted as at 226 to the carriage 2I8 and at its upper end as at 228 to the carriage 2I2. The carriage 2I8 is provided with a slot 238 disposed in parallel relationto the slope formed by the cone of gears 88 which is adapted to slidably'engage the arm 232 extending from the train of gears 92 at the mounting therefor and the gear 98 on the shaft I88. The carriage -2I2 is similarly formed with slot 234 disposed parallel to the slope formed at the cone of gears 88 which is adapted to receive the arm 28.

similar to the arm 282 which extends from the -18 ear train H4 at the mountingfor the gear II6 which is mounted upon shaft II8.

As more clearly shown in Figure 3 of the drawings, the rate changing knobs I90 and I16 are disposed within the casing 2 which is formed with a closure member 238 pivotedas at 240 which must be opened in order to gain access to the rate changing knobs I16 and I90. This closure member or door 238 is formed with a bracket 242 pivoted as at 244 to a link 246, which link is pivoted as at 248 to an extension 250 of the carriage 2I2. It will be seen, therefore, that when the door 238 is opened, the lever 246 is moved to the right as shown in Figure 3 causing movement of the carriage 2I2 to the right and thereby depressing the extension or arm 236 by means of its engaging relation with the slot 234. This depressing of arm 236 causes pivotal movement of the train of gears I I4 about its mounting on the shaft II8 to move its outer gear out of meshing engagement with any of the selected gears of the gear cone 88. Movement of the carriage 2| 2 to the right, as shown in Figures 3 and 4, causes lever arm 222 to pivot about its pivot point 224 to move carriage 2 I 0 to the left. Movement of this carriage 2 I 0 to the left depresses arm 232 riding in slot 230 causing movement of the train of gears 92 about its mounting on the shaft I00 to effect disengagement of gear 94 from its meshing relation with any of the selected gears of the gear cone 80. Afterv the door has been opened, rate changing knobs I16 and I90 may be manipulated to effect movement of gear trains 92- and H4 along their respective shafts I00 and H8, as previously described, so that these gear trains may be moved into proper meshing relation with any of the selected gears or gear cones and 88. After thesegear trains have been moved as indicated, the door 238 is moved into closed position which, through link 246 and lever arm 222, eifect movement of carriages 2I0 and 2I2 in the opposite direction to allow gear trains 92 and H4 to be moved into meshing relation with the selected gears.

For the purposes of illustrating the present invention, the drawings show indicator 86 and counter II2 which are visible through windows 52 and 54 from one side of the meter. The present invention comprehends the idea of providing a duplicate indicator and counter corresponding to indicator 86 and counter II2 on the opposite side of the dispenser, as shown in Figure 2 of the drawings. It will of course be appreciated that for this duplicate indicator and counter it is only necessary to provide the drums therefor together with the associated mechanism for properly rotating these drums in accordance with the settings of the indicator 86 and counter H2.

The duplicate unit price indicator, generally referred to as 86, and shown in Figures 16 and 18 on the opposite side of the casing 2, comprises the dime, cent and fraction drums 82, 84 and 90,, the drums 82 and being disposed in reversed position from the drums 82 and 90 because of their location on the opposite side of the casing 2. These drums are set by knobs I16 and I90 simultaneously with the setting of drums 82, 84 and 90. As shown in Figure 18, drum I8 is mounted on shaft I14 which is mounted in the frame 12 and has a sprocket 256' mounted on one end thereof which operates in accordance with sprocket 256 of indicator 86 through the chain 258. Mounted adjacent the other end of shaft I14 are gears I80 and I86 associated with gears I8I and I86 mounted on stub shaft I84 in the same manner as similar gears of indicator 86 of Figure 11 of the drawings, the same being reversed, however, and the gear I86 cooperating with sleeve I18 to move the dime drum 82'.

The setting of the duplicate "fractions drum 90' is effected through knob I90, sprocket 252 and chain 254 which drives sprocket 252'. The sprocket 252, asshowni'n Figure 16, is mounted adjacent one end of shaft 255 which is journaled in frame 12 and has a sprocket 251 mounted thereon adjacent its opposite end. Sprocket 251, through the chain 259,' drives sprocket 26I which is mounted upon sleeve I88 upon which the fraction drum 90 is mounted upon shaft I14. It will therefore be seen that the duplicate unit price indicator 86' is operated through the mechanism above described in accordance with the unit price indicator 86.

It will be observed that operation of the total cost indicator H2 is effected solely by rotation of the shaft IIO as shown in Figure 'I of the drawings and as described in connection with the structure shown therein. Rotation of this shaft is transferred to the cent drum I34 which in turn efiects proper movement of drums I32 and I30, as heretofore described. A duplicate total cost counter, generally designated as 260, and shown in Figures 16 and 1'7 on the opposite side, of the casing 2, comprises the dollar, dime and cent drums I30, I32 and I34, the drums I30 and I34 being disposed in reversed position from the drums I30 and I34. The drums I30,

I32 and I34 are mounted upon sleeve I36 loosely. mounted on shaft H0 and the mechanism for operating the dollar and dime drums from the cent drum corresponds to the mechanism of counter H2 and the elements of such mechanism in Figures'16 and 17 are referred to by similar reference numerals with the added mark to indicate that such elements are part of the duplicate counter mechanism, it being further understood that the elements are in reversed position. The drums I30, I32 and I34 of the duplicate counter are operated by a shaft 262 mounted in frame 12 and which is rotated in accordance with shaft I I0 through a beveled gear 264 secured to shaft 262 and which meshes .with beveled gear 266 fixed to shaft IIO. At the other end of the shaft is a beveled gear 268 meshing with a beveled gear 266' mounted on the shaft IIO.

Indicators I I2 and 260 are reset by shafts 214 and 216 which are hollow and mounted upon the shaft 262. Hollow shaft 214 has a beveled gear 218 meshing with a beveled gear 280 mounted upon the'bushing or hollow shaft I36 of the indicator II 2. At the other end of this hollow shaft 214 is a beveled gear 282 meshing with a beveled gear 284. Hollow shaft 216 has a beveled gear 286 at one end which, through a chain 211, drives sprocket 219 fixed to stub shaft 28I. The stub shaft is journaled in bearing 283 of frame 12 and has beveled gear 285 secured to its other end which meshes with beveled gear 280. The gear .280 is mounted on sleeve I36 and corresponds to gear 280 of the counter II2. Rotation of sleeve I36 effects a resetting of the drums I30, I32 and I34 in the same manner as a resetting of drums I30, I32 and I34 is accomplished, as will behereinafter described. To the inner end of shaft 216 is secured a beveledgear 290 which also meshes with beveled gear 284. Beveled gear 284 is mounted upon shaft 292 through a clutch 294, this shaft 292 being operated by the reset shaft for the quantity indicator 33. Rotation of shaft '292 during the resetting operation effects rotation of hollow shafts 2M and 276 which in turn causes rotation of the beveled gears 28Band As shown in Figures 7 to 10 inclusive of the" with the continuous notch 296., It will .therefore be apparent that upon counter-clockwise rotation of hollow bushing i36 through the movement of beveled gear 280, this continuous notch 296 will come into engagement successively with pawls 308, 308 and 30 3 to return these drums to their zero setting, the counter-clockwise movement of the drums being stopped by a pawl 352 spring-pressed into engagement with the dollar.

drum 030 as by means of spring 3M and which engages with the stop M6. The clutch 2% provides for slippage so that after the drums of the total price counters are returned to zero setting, any further rotation of shaft 292 will not affect movement thereof.

If it be desired, a totalizer showing the total cost of the liquid dispensed may be provided. This totalizer may be of conventional design and may be enclosed within the casing 2 having a shutter 3i8 which may be opened when desired to obtain the reading thereof. This totalizer is driven by a gear 326 engaging the external differentialgear Hi6 driving the beveled gears 822 and 32 i and thus rotating shaft 326 attached to the totalizer.

While I have herein described and upon. the drawings shown illustrative embodiments of the invention, it is to be understood that the invention is not limited thereto but may comprehend other constructions, arrangements of parts, details and features withoutdeparting from the spirit of the invention.

I claim:

1. In a price selecting device for a liquid dispensing apparatus, the combination of a gear cone, a train of gears, a shaft for said train of gears, said train of gears being pivotally and slidably mounted on said shaft whereby the same is selectively driven by any of the gears of said gear cone, an arm fixed to said gear train, a slidable carriage having a track cooperating with said arm for pivotally moving said gear train about said shaft to disengage one of the gears thereof from a selected gear of said gear cone, and means for sliding said gear train on said shaft.

2. In a price selecting device for a liquid dispensing apparatus, the combination of a gear cone; a train of gears, a shaft for said train of gears, said train of gears being pivotally and slidably mounted on said shaft whereby the same is selectively driven by any of the gears of said gear cone, an arm fixed to said gear train, a slidable carriage having a track disposed substantially parallel to the slope of said gear cone and cooperating with said arm for pivotally moving said.

gear'train about said shaft to disengage one of the gears thereof from a selected gear' of said gear cone, and means for sliding said gear train on said shaft.

'3. In a price selecting device for a liquid dispensing apparatus, the combination of a casing having a closure member, a gear cone therein, a train of gears, a shaft'for said train of gears, said train of gears'being pivotally and slidably mounted on said shaft whereby the same is selectively driven by any of the gears of said gear cone, an arm fixed to said gear train, a slidable carriage having a track cooperating with said arm for pivotally moving said gear train about said shaft to disengage one of the gears thereof from a selected gear of said-gear cone, means connecting said closure member with said carriage whereby said carriage is moved upon opening said closure member, and means for sliding said gear train on said shaft.

4. In a price selecting device for aliquid dispensing'apparatus, the combination of a casing having a closure member, a gear-cone therein, a train of gears, a shaft for said train of gears, said train of gears being pivotally and slidably mounted on said shaft whereby the same is selectively driven by any of the gears of said gear cone, an arm fixed to said gear train, a slidable carriage having a track disposed substantially parallel to the slope of said gear cone and oooperating with said arm for pivotally moving said gear train about said shaft to disengage one of the gears thereof from a selected gear of said gear cone, means connecting said closure member with said carriage whereby said carriage is moved upon opening said closure member, and means for sliding said gear train on said shaft.

5. In a price selecting device for a liquid dispensing apparatus, the combination of a rotatable member, a gear cone, a train of gears, a shaft for said train of gears, said train of gears being pivotally and slidably mounted on said shaft whereby the same is selectively driven by any of the gears .of said gear cone, arms extending from said gear train, a slidable carriage having a track cooperating with one of said arms for pivotally moving said gear train about said shaft to dis-,

engage oneof the gears thereof from aselected gear of said gear cone, and means between said rotatable member and the other of said arms for sliding said gear train along the shaft therefor into any desired position in accordance with the movement of said rotatable member.

6. In a price selecting device for a liquid dispensing apparatus, the combination of a rotatable member, 'a gear cone, a train of gears, a shaft for said train of gears, said train of gears being pivotally and slidably mounted on said shaft whereby the same is selectively driven by any of the gears of said gear cone, arms extending from said gear train, a slidable carriage having a track disposed substantially parallel to the slope of said gear cone and cooperating with one of said arms for pivotally moving said gear train about said shaft to disengage one of the gears thereof from disposed adjacent said first-named shaft, said train of gears being pivotally and slidably mounted on said first-named shaft whereby the same is selectively driven by any of the gears of said gear train, arms extending from said gear train, a slidable carriage having a track cooperating with one of said arms for pivotally moving said gear train about the shaft therefor to disengage one of the gears thereof from a selected gear of said gear cone, the other of said arms having a threaded hub mounted on said threaded shaft, and means between said rotatable member and said threaded shaft for sliding said gear train along the shaft therefor into any desired position in accordance with the movement of said rotatable member.

8. In a price selecting device for a liquid dis-- pensing apparatus, the combination of adjacently disposed gear cones, a train of gears associated with each of said gear cones, a shaft for each of said trains of gears, said trains of gears being pivotally and slidably mounted on the shafts therefor whereby the same are selectively driven by selected gears on said gear cones, an arm fixed to each of said gear trains, adjacently disposed slidable carriages each having a track cooperating with an arm of a gear train for pivotally moving said gear trains about the shafts therefor to disengage the gears thereof in engagement with selected gears of said gear cones, means interconnecting said carriages, and means for moving said carriages.

9. In a price selecting device for a liquid dispensing apparatus, the combination of adjacently disposed gear cones, a train of gears associated with each of said gear cones, a shaft for each of said trains of gears, said trains of gears being pivotallyand slidably mounted on the shafts there for whereby the same are selectively driven by selected gears on said gear cones, an arm. fixed to each of said gear trains, adjacently disposed slidable carriages each having a track cooperating with an arm of a gear train for pivotally moving said gear trains about the shafts therefor'to disengage the gears thereof in engagement with selected gears of said gear cones, a pivotally mounted lever pivotally connected adjacent its ends to said carriages, and means for moving one of said carriages whereby the other is moved simultaneously through said lever.

10. In a price selecting device for a liquid dispensing apparatus, the combination of a casing, a closure member therefor, adjacently disposed gear cones in said casing, a train of gears' associated with each of said gear cones, a shaft for each of said trains of gears, said trains of gears being pivotally and slidably mounted on the shafts therefor whereby the same are selectively driven by selected gears on said gear cones, an arm. fixed to each of said gear trains, adjacently disposed slidable carriages each having a track cooperating with an arm of a gear train for pivotally moving said gear trains about the shafts therefor to disengage the gears thereof in engagement with selected gears of said gear cones, means interconnecting said carriages, and means connected between one of said carriages and said closure member whereby said carriages are moved upon movement of said closure member.

11. In a price selecting device for a liquid dispensing apparatus, the combination of a casing, a closure member therefor, adjacently disposed gear cones in said casing, a train of gears associated with each of said gear cones, a shaft for each of said trains of gears; said trains of gears being pivotally and slidably mounted on the shafts therefor whereby the same are selectively driven by selected gears on said gear cones, an arm fixed to each of said gear trains, adjacently disposed slidable carriages having a track cooperating with an arm of a gear train for pivotally moving said gear trains about the shafts therefor to disengage the gears thereof in engagement with selected gears of said gear cones, a pivotally mounted lever pivotally connected adjacent its ends to said carriages, and means connected between one of said carriages and said closure member whereby said carriages are moved upon movement of said closure member.

12. In a price selecting device for a liquid dispensing apparatus, the combination of adjacently disposed rotatable members, adjacently disposed gear cones, a train of gears associated with each of said gear cones, a shaft for each of said trains of gears, said trains of gears being pivotally and slidably mounted on the shafts therefor whereby the same are selectively driven by selected gears on said gear cones, an arm fixed to each of said gear trains, adjacently disposed slidable carriages each having a track cooperating with an arm of a gear train for pivotally moving said gear trains about the shafts therefor to disengage the gears thereof in engagement with selected gears of said gear cones, means interconnecting said carriages, means for moving said carriages, means between one of said rotatable members and one of said train of gears and means between the other of said rotatable members and the other of said train of gears for sliding said trains of gears along the shafts therefor in accordance with the movement of said rotatable members.

13. In a price selecting device for a liquid dispensing apparatus, the combination of a shaft, a sleeve rotatably mounted thereon, adiacently disposed gear cones, a train of gears associated with each of said gear cones, a shaft for each of said trains of gears, said trains of gears being pivotally and slidably mounted on the shafts therefor whereby the same are selectively driven by selected gears on said gear cones, an arm fixed to each of said gear trains, adjacently disposed slidable carriages each having a track cooperating with an arm of a gear train for pivotally moving said gear trains about the shafts therefor to disengage the gears thereof in engagement with selected gears of said gear cones, means interconnecting said carriages, means for moving said carriages, means disposed between said first-named shaft and one of said trains of gears and means between said sleeve and the other of said trainsof gears for sliding said trains of gears along the shafts therefor in accordance with the movement of said sleeve and first-named shaft.

14. In a price selecting device for a liquid dispensing appartus, the combination of adjacently diposed rotatable members, adjacently disposed gear cones, -a train of gears associated with each of said gear cones, a shaft for each of said gear cones, a shaft for each of said trains of gears, said trains of gears being pivotally and slidably mounted on the shafts therefor whereby the same are selectively driven by selected gears on said gear cones, threaded shafts disposed adjacent the shafts for said trains of gears, each of said trains of gears having arms extending therefrom, adjacently disposed slidable carriages each having a track cooperating with an arm of each of said trains of gears for pivotally moving said trains of gears about the shafts therefor to disengage the gears thereof in engagement with selected gears of said gear cones, means interconnecting said carriages. means for moving said carriages to effect movement of said trains of gears, one of the arms of each of said trains of gears being provided with hubs threadedly mounted on said threaded shafts, means between said threaded shafts and rotatable members for sliding said trains of gears along the shafts therefor in accordance with the movement of said rotatable members.

15. In a price selecting device for a liquid dispensing apparatus, the combination of a shaft, a. sleeve mounted thereon, adjacently disposed gear'cones, a train of gears associated with each of said gear cones, a shaft for each of said gear cones, a shaft for each of said trains of gears, said trains of gears being pivotally and slidably mounted on the shafts therefor whereby the same are selectively driven by selected gears on said gear cones, threaded shafts disposed adjacent the shafts for said trains of gears, each of said trains of gears having arms extending therefrom, adjacently disposed slidable carriages each having a track cooperating with an arm of each of said trains of gears for pivotally moving said trains of gears about the shafts therefor to disengage the gears thereof in engagement with selected gears of said gear cones, means interconnecting said carriages, means for moving said carriages to effect movement of said trains of gears, one of the arms of each of said trains of gears being provided with hubs threadedly mounted on said threaded shafts, means between said sleeve and one of said threaded shafts and means between said first named shaft and the other of said threaded shafts for sliding said trains of gears along the shafts therefor in ac cordance with the movement of said sleeve and said first named shaft.

16. In a price selecting device for a liquid dispensing apparatus, the combination of a gear cone, a train of gears, a shaft for said train of gears, said train of gears being pivotally and slidably mounted on said shaft whereby the same is selectively driven by any of the gears of said gear cone, an arm fixed to said gear train, movable means for disengaging said gear train from a selected gear of said gear cone, said movable means having a slope corresponding substantially to the slope of said gear cone cooperating with said arm to hold said gear train out of engagement with said gear cone during movement, and means for moving said gear train with respect to said gear cone.

FRANK V. MAYO.

CERTIFICATE OF CORRECTION.

Patent No. 2,193, 79. a April '50, 191w. FRANK v. MAYO.

It is hereby certified that error appears in the printed specification of the above numbered patent requiring correctionas follows: Page 7, second" column, line 1, claim-ll; after the word "carriages" insert --each--; line 57, claim 114., for "anpartus" read --apparatus line 58, same claim, for "diposed" hefore "rotatable" read --disposed--; and that the said Letters Patent should be read with this correction therein that the same may conform to the record of the case in the Patent Office.

Signed and sealed this 11th .day of June, ,A. D. 19h0.

Henry Van Arsdale,

(Seal) Acting Commissioner of Patents. 

